This Cisco Catalyst 9300L stackable enterprise switching platform is perfect for enterprise networks, campus deployments, and data centers who need cisco c9300 switching solutions with advanced security and IoT capabilities. Our C9300L-24UXG4X-EDU delivers:
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Software-Defined Access technology that enables zero-trust network security
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UADP 2.0 architecture performance for high-bandwidth applications
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Cisco IOS XE operating system compatibility ensuring enterprise-grade management
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Stackable switching design for scalable network expansion
Key Features
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Stackable enterprise switching platform to build resilient network architectures
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24-port high-density configuration with multigigabit support
- Optimized for software-defined access environments
- Consistent 480 Gbps switching capacity for demanding workloads
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Cisco IOS XE advanced features to meet enterprise requirements
- Advanced security and IoT integration preventing network threats
- Dedicated 4x10G uplink ports for high-speed connectivity
Technical Specifications
| Manufacturer |
Cisco Systems, Inc |
| Model Number |
C9300L-24UXG4X-EDU |
| Type |
Stackable Enterprise Switching Platform |
| Port Configuration |
24 x Multigigabit Ethernet ports |
| Uplink Ports |
4 x 10 Gigabit Ethernet SFP+ |
| Switching Capacity |
480 Gbps |
| Operating System |
Cisco IOS XE |
| Architecture |
UADP 2.0 programmable ASIC |
| Stacking Bandwidth |
80 Gbps StackWise-480 |
| Power Consumption |
125W maximum |
| Form Factor |
1RU rack-mountable |
| Compatible Systems |
Cisco DNA Center, Cisco SD-Access |
Target Use Cases
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Campus Network Infrastructure: High-performance switching for educational institutions and corporate campuses
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Branch Office Deployments: Scalable connectivity for distributed enterprise locations
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Data Center Access Layer: High-density switching for server connectivity
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IoT Network Integration: Advanced security and segmentation for IoT device management
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Software-Defined Networking: Foundation for intent-based networking and automation
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High-Bandwidth Applications: Support for video conferencing, cloud applications, and collaboration tools
Key Benefits
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Stackable Design: Scale up to 8 switches in a single stack for simplified management
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Enhanced Security: Built-in encryption, segmentation, and threat detection capabilities
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Multigigabit Support: Future-proof connectivity supporting 1G, 2.5G, 5G, and 10G speeds
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Energy Efficient: Low power consumption with intelligent power management
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Cloud Management: Integration with Cisco DNA Center for centralized automation
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Educational Compliance: EDU model designed for educational institution requirements
Frequently Asked Questions
Q: What makes this stackable enterprise switching platform different from standard switches?
A: The Cisco Catalyst 9300L features StackWise-480 technology allowing up to 8 switches to operate as a single logical unit with 80 Gbps stacking bandwidth, providing redundancy and simplified management.
Q: Does this cisco c9300 switch support Power over Ethernet?
A: Yes, it's engineered with advanced PoE+ capabilities and energy-efficient design. The multigigabit ports can deliver power to modern access points, IP phones, and IoT devices while maintaining optimal performance.
Q: What switching capacity and performance does it provide?
A: 480 Gbps switching capacity with wire-speed performance — perfect for high-bandwidth applications, video streaming, and cloud-based services requiring consistent throughput.
Q: Is this compatible with Cisco's Software-Defined Access architecture?
A: Yes. Native SD-Access support and Cisco IOS XE operating system enable seamless integration with intent-based networking, automated provisioning, and advanced security policies.
Q: What uplink connectivity options are available?
A: The switch includes 4 x 10 Gigabit Ethernet SFP+ uplink ports providing high-speed connectivity to distribution switches, servers, or storage systems with flexible fiber or copper connectivity options.
Cisco Catalyst 9300L stackable enterprise switching platform with 24 ports. Advanced security, IoT support, and Software-Defined Access.
